arrow_back
MODULE 1: Introduction to Substation Structures
1_ Substation-Structure-Design-Engineering
Purpose of substation civil works
Types of substations and typical layouts
Load paths and structural behaviour in substations
MODULE 2: Electrical Clearances and Civil Implications
2-Electrical-Clearances-and-Civil-Implications
Ground clearance needs for outdoor yards
Phase-to-phase and phase-to-structure spacing
Impact of clearances on layout planning
MODULE 3: Site Selection and Geotechnical Requirements
3-Site-Selection-and-Geotechnical-Requirements
Soil investigations suitable for substations
Safe bearing capacity and settlement limits
Ground improvement considerations
MODULE 4: Foundations for Substation Equipment
4-Foundations-for-Substation-Equipment
Transformer foundation design
Equipment pedestal design
Anti-vibration and cable trench coordination
MODULE 5: GIS Building Civil Design
5-GIS-Building-Civil-Design
Building layout and floor loading
Supporting frames for GIS modules
Control room and auxiliary spaces
MODULE 6: Switchyard Structural Steel
6-Switchyard-Structural-Steel
Gantry structures and bus support columns
Lightning mast foundations
Equipment support steel frames
MODULE 7: Cable Trenches and Routing
7-Cable-Trenches-and-Routing
RCC trench design
Crossings under road and pavement
Drainage and water entry prevention
MODULE 8: Control Room Building
8-Control-Room-Building
Architectural planning and circulation
RCC frame design
Equipment floor loading checks
MODULE 9: Fire Safety in Substation Buildings
9-Fire-Safety-in-Substation-Buildings
Fire-rated walls, doors and barriers
Transformer fire separation distances
Oil containment pits and drain channels
MODULE 10: Pavement and Roadwork
10-Pavement-and-Roadwork
Internal road design for heavy vehicles
Stone pitching and stabilised shoulders
Cable protection under pavements
MODULE 11: Earthing and Its Civil Requirements
11-Earthing-and-Its-Civil-Requirements
Earth mat layout and depth
Earth pits and concrete surrounds
Interaction of earth mat with foundations
MODULE 12: Drainage Design
12-Drainage-Design
Surface water movement and slopes
RCC drains and culverts
Transformer oil-water separation
MODULE 13: Steel Structure Analysis Basics
13-Module-13-Steel-Structure-Analysis-Basics
Load combinations for substation structures
Wind and seismic considerations
Deflection limits for bus structures
MODULE 14: RCC Design Basics for Substations
14-Module-14-RCC-Design-Basics-for-Substations
Equipment plinths
Cable chamber slabs
Retaining walls and ramp structures
MODULE 15: Protection Walls and Barriers
15-Module-15-Protection-Walls-and-Barriers
Blast wall fundamentals
Transformer separation walls
Perimeter boundary wall design
MODULE 16: GIS and AIS Structure Coordination
16-Module-16-GIS-and-AIS-Structure-Coordination
Anchor bolt layout and embedment
Alignment tolerance requirements
Civil-electrical interface checks
MODULE 17: Oil Containment and Storage
17-Module-17-Oil-Containment-and-Storage
Transformer oil pit
Stone bed and filtration layer
Oil drain pipes and collection tanks
MODULE 18: Substation Yard Levels and Grading
18-Module-18-Substation-Yard-Levels-and-Grading
Fill requirements and compaction
Slope requirements for water runoff
Avoiding ponding near equipment
MODULE 19: Quality Control for Civil Works
19-Module-19-Quality-Control-for-Civil-Works
RCC quality checks
Steel erection checks
Alignment and bolt fixing checks
MODULE 20: Documentation and Drawing Set
20-Module-20-Documentation-and-Drawing-Set
General arrangement drawings
Foundation layout and detailing
BOQ preparation and specification notes
MODULE 21: Gantry Geometry and Bay Configuration
21-Module-21-Gantry-Geometry-and-Bay-Configuration
21.1 Determining Gantry Height and Span
21.2 Deciding Column Spacing Based on Bay Width
21.3 Impact of Conductors, Jumpers and Busbars on Gantry Layout
MODULE 22: Gantry Loading, Analysis and Behaviour
22-Module-22-Gantry-Loading-Analysis-and-Behaviour
22.1 Conductor Tension and Its Effect on Columns
22.2 Wind, Seismic and Temperature Effects on Gantry Frames
22.3 Behaviour of Gantry Under Asymmetric Loading
MODULE 23: Gantry Foundations and Erection Coordination
23.1 Foundation Sizing Based on Uplift, Overturning and Settlement
23.2 Anchor Bolt Positioning and Column Baseplate Alignment
23.3 Safe Erection Sequence and Civil-Site Coordination
15-Trenching-for-Pipelines
14-Pipeline-Route-Survey-and-Alignment
13-Precast-and-Structural-Civil-Elements
13-Precast-and-Structural-Civil-Elements_pdf_1080p
12-Foundations-for-Equipment-and-Pipelines
11-Reinforcement-Steel-Inspection
10-Concrete-Works-Quality-Control
9-Backfilling-and-Compaction-Control
8-Earthwork-and-Excavation-QAQC
7-Civil-Works-Scope-in-Oil-and-Gas-Projects
6-Material-Inspection-and-Approval
5-Inspection-and-Test-Plans-ITP
4-Quality-Documentation-and-Control
3-Codes-Standards-and-Specifications
2-Aramco-Quality-Management-System-Overview
30-The-Future-of-ICMS-in-Global-Construction
29-ICMS-Compliance-and-Standards
28-Practical-Application-for-Quantity-Surveyors
27-Common-Mistakes-in-ICMS-Implementation
26-Case-Study-Infrastructure-Project
25-Case-Study-International-Building-Project
24-ICMS-and-Sustainability-Costs_
23-Cost-Analysis-Techniques
22-Integration-with-Project-Management
21-ICMS-Reporting-Formats
10-Project-Handover-and-Documentation
9-Project-Scheduling-and-Cost-Management
8-Health-Safety-and-Environmental-Management
7-Quality-Control-and-Assurance
6-Electrical-Installation-and-Commissioning
5-Civil-Work-Management-at-765-kVA-Substation-Projects
4-Procurement-and-Logistics-Management
3-Site-Preparation-and-Mobilisation
2-Project-Planning-and-Design
1-765-KVA-Substation-Construction-Projects-Site-Management
17-Cable-Laying-and-Trench-Works
11-Site-Mobilisation-and-Infrastructure-Setup
12-Earthwork-and-Foundation-Construction-for-765-kV-Substations
13-Structural-Steel-and-Gantry-Erection
14-Equipment-Erection-and-Alignment
15-Busbar-and-Conductor-Installation
16-Earthing-and-Lightning-Protection-System-for-765-kV-Substations
18-Control-Room-and-Auxiliary-System-Installation
19-Quality-Assurance-and-Site-Testing
20-Health-Safety-and-Environment-HSE-Management
21-Testing-Commissioning-and-Handover
22-Protection-and-Relay-Coordination
23-Power-System-Testing-and-Energisation
24-Documentation-and-As-Built-Drawings
22-Protection-and-Relay-Coordination
26-Operation-and-Maintenance-Planning-for-765-kV-Substations
27-Condition-Monitoring-and-Troubleshooting
28-Performance-Evaluation-and-Reliability
29-Upgradation-and-Expansion-Planning
30-Lessons-Learned-and-Project-Closure
10-Pre-Construction-Approvals-and-Permits
9-Project-Scheduling-and-Resource-Planning-for-765-kV-Substations
8-Procurement-and-Tendering-for-765-kV-Substations
6-Equipment-Planning-and-Specifications-for-765-kV-Substations
7-Cost-Estimation-and-BOQ-Preparation-for-765-kV-Substations
5-Civil-and-Structural-Design-Planning
4-Layout-Planning-and-Electrical-Arrangement
3-Technical-Standards-and-Design-Basis
2-765-kV-Substation-Planning-and-Execution
1-765-kV-Substation-Planning-and-Execution